Automobile safe starting system based on retina identification technique

Abstract

The invention provides an automobile safe starting system based on a retina identification technique, and belongs to the technical field of automobile safety. The automobile safe starting system disclosed by the invention mainly solves the problem that a conventional retina identification technique is directly applied to the filed of automobile safety. The automobile safe starting system specially comprises an automobile door status detecting module, a detecting module for driving and taking place for a driver, a retina scanning module, a micro controller unit and an engine starting module, wherein the automobile door status detecting module is used for detecting whether an automobile door is in a safety closing status or not; the detecting module for driving and taking place for a driver is used for detecting whether the driver sits on a driver seat or not so as to enter a to-drive status; the retina scanning module is used for collecting the retina information of the driver, analyzing and processing the collected retina information of the driver, and analyzing and comparing the retina information and the retina information of the driver, input before, so as to judge the consistency of the collected retina information and the stored information; the engine starting module receives the starting information from the micro controller unit and starts the engine.

Description

technical field [0001] The invention belongs to the technical field of automobile safety, and in particular relates to an automobile safety starting system based on retina recognition technology. Background technique [0002] In order to improve the anti-theft performance of cars, most cars are now equipped with chip-type digital anti-theft devices to lock the engine of the car, and high-end cars are equipped with fingerprint anti-theft devices. However, with the continuous advancement of science and technology, these technologies can be changed or destroyed through high-tech imitation technology, surgery or some effective means. They are not the most stable and reliable means of identification, and the invisibility and uniqueness of the retina avoid Due to these problems, retinal recognition technology has become the most advanced means of identification that cannot be imitated and destroyed. However, there are many difficulties in solving the direct application of retinal...

AI Technical Summary

Problems solved by technology

However, there are many difficulties in solving the direct application of retinal recognition technology in the field of automobile safety.

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